Cash-register.



'fn-L'ZNTBD MAR. 7, 1905.

C. LAURIGK5 CASE REGSTSF.. ABPLIQATION'HLBD JUNE 5, 190e.

7 SHEETS-SHEBT 1.

. \N N www@ M5 n. NN

PATENTED MAR. 7,1905. G. LAURICK. CASH REGISTER. APPLIOATION FILED JUNE 5,1900. v

7 SHEETS-SHEET 3.

Witnesses PATENTBD MAR. 7,1905;

No. 784,335., Y'

,C. LAURIGK.

CASH REGISTER. APPLIGATION FILED JUNE 5.1900.

7 SHEETS-SHEET 4.

G. LAURIGK.. CASH RBGISTER.

PPLIOATION -rILnD JUNE 5.1990.

mum

Nmvagsaa PATENTED MAR. 7, 1905.

' g2' I AURIGK CASH vREGISTERn MPLSGATIOH FILED JUNE 5.1900.

4 'ISHBETS-SHEET 6.

. Nw) a i I PATTED MAR. 7, 1905;

' Hopf/'$4,335. f o. LA-URIGK;

CASH REGISTER.

APPLICATION FILED JUNI'. 5,1900.

,l HU@ No. 're/1,335.

UNITED ST aras CARL LAURlOK. OF BERLIN, (liilhi iatented 'March 7'?, 1905.

a'rniar Orricn.

NY, SSlGNOR TO N'A'llONAL CASH TION OF N EW JERSEY.

einsamer-sistem.

SPECIFICATION forming part of Letters )estela No. 784,335, dated March 7, 1905.

i I Application filed June 5, 1900'. r`Serial En. 19,093.

To 1f/,v [111mm it muy conc/117i..-

Be it known that 1, Cani. Limmen, a subject of. the King of Prussia, (ei'iiian Emperor, and

a resident of Berlin, in the Kingdom ot' Prussia, German Empire, have invented certain new and useful Improvements in Cash-Registers, of which the following' is a speciiicatioi'i.

The present invention relates to improve ments which are applicable to various forms of cash-registers; but certain ot' the improvements areinore particularly applicable to cashregisters oi' the sO-called L two-motion type, in which a series of setting' elements are tii'st adjusted and then the suliseipient operation is completed by means ofthe movement ot' an operating member; and it is among1 the ob jects oi" this invention to provide in such maf chines an improved device Jfor returning' the setting' 'elements to normal position and also to provide certain novel locking' devices for the operating member.

With these and incidental objects in view the invention consists in certain novel features ot construction and combinations ot' parts, the essential elements ofwliicli are set forth in vappended claims and a preferred torni oi cmbodiment ot' which is hereinafter specilically described with reference. to the di'awiiigs which accompan),v and form part of this speciiication.

Of said drawings, Figure 1 represents a vertical section ot' the machine. Figs. l" and 1" represent detail views of portions ot'the gears for operating' the counters. Fig'. 2 represen ts a top plan View of the keyboard.' Fig. 3 represents a vertical section on the line A ii of Fig'. 2, showing thel stop mechanism for setting,T the key-slides'. Fig'. 4 represents a detail elevation of certain parts ot' the mechanism ,lor returning' the setting-slides to normal position and also represents in detail certain of the locking' features. Figs. 5 and 5" represent detail views ot' the device tor throwing' the counter into operative position: Eig. (i represents a detail View mechanism for resetting' the scttiniisslides to normal position. Fior. 7 represents asectional view ol the counter mechanism. Figs. S and ,of a portieri ot' the l 9 represent detail views of the transfer mechanism, Fig'. SY) being' a inodilied lorm. Fig'. 10 5o represents an end elevation ot' the printing' mechanism. Fig'. 1l represents a top plan view ol the cash-drawer and connections for operating' the printer. Figs. l2. lil, 1i. and

'l5 represent detail views oi' certain portions '55 ot' the niechai'iism shown in Fig'. l1.

As stated above, certain ot' theseimprove ments are applicable to any of the various forms et' cash-registers; but the particular machine to which the present improvements 6o have been applied is a machine of the twoniotion tvpe, and i'or the sake ot' a general understanding' ot' the. operation of this machine va brief description will lirst be given ot' its general inode ot operation. There are a se- 65 ries oi key-slides which are adjustable to a plui'zilit),` ol'l dil'erent setting' positions to represent the di'lerent amounts to be registered, these slides being' normalliv locked in their previousl '-ad'iusted position until the oper- 7o ating-handle is moved lo a certain extent. \Vhen the handle has thus been moved to this particular extent, the hav-slides are unlocked and automatically return to normal zero position from their previously-dis'placed posi- 75 tions' and the liandieis unlocked to permit its further movement b v the insertion ofla check into a certain portion ol: the machine. 'lhe handle is then moved l'orward another degree ol movement` during; which movement tie So counter is broughtiuto operative position, and the handle is locked at the ond of this second period ot' movement blv reason ot' the tact that all ot' the setting-slides now occupr their normal Zero positions, so that upon the S5 operation ol' any ker-slide lrom its zero position the handle is unlocked to permit further movement, the movement ot' the luiv-slide being transmitted directly to the counter, so as to add on the counter by the movementof the o0 slide, and as soon as the. proper amounts have been set up b v the. ke v-slides and thereby added upon the counter the operating-handle is new moved to the limit oll its movementin this one particular direction and is thereupon o5 latched from return to normal position until the sash-drawer is moved from its normal oosi tion within the oasingot the machine, whereupon the operating-handle .is eutomatically relessed and springs back to normal position, 'thereby locking' all of the key-slides in set position. .llfhe opening' oi' the drawer is also srrengetl to f ctuate the printing' meel anism, end seperate mesas are provided for opening the 'drswer without operating' the machine io and for sii'nultaneously preventing' the dr'lewer from operating); the printer at the time ot' such independent opening oi' the drawer. With this brief description oi the general mode of operationof this machine the specific mechi5 anis'm will now he described in detail.

The key-slides i (see Figs. 1, 2, and' 3) :tre mounted to slide within the casing ot the machine, being guided on their upper sides by I, rollers LLand tothe outer end ot' each key-slide o is attached a button 6, which extends through ai slot 5, formed in the casing' 2., these various buttons heine* iirranged to be Yped hy thel hand of the operator for the purpose or' adjusting; the slides to their proper setting position. The upper surface ot each slide is provided 'with o series of numerals from O to 9, which ere arranged to he displayed through sigh t-o'penin 3, (see Fig. 2,) formed in the casing; 2, so that the operator may see that the slide 3o is set to the proper amount. The upper side o'r' each slide l is formed with registering' teeth 20 ond the lower side with aliningp teeth 21. In order to assist in the setting' of the slides to proper position, a series of auxiliary keys 9.7 are provided, (see Figs. 2 and 3, which keys hear numerals from 1 to 8. inclusive, and are attached at their lower ends to levers pivoted to brackets at 25 and carrying on their inner ends stop-hars 2o, these keys and 4o their respective stop-hars beingdifferentially f spaced with reference to the Aforward ends of the lfeysiides l, so that when any particular hey Qi' is (.lepressed its corres'ionding' har QG will he raised into the path o'lE the end ot the key-slide i, so that when the key-slide is moved forward 'trom normal position the end o1c the kevslide will stop-har 26,

abut against the and thereby the k .t sl proper setting; position corresponding' to the 5o munerel on the key Q7, and ol course for the settingv ot' the slide i to its "9 position no auxiliary .keyv is necessary, since the key-slide moveoI to its extentof movement until it `itrikery the casing or other suitableahutmeni. The nloresaid teeth 2G01" each key-slide mesh with respective pinions 7, which pinions in turn mesh with pinions t5, which mesh with larger ;'i;: .\.".vhecls il, which are mouiited to f rot-:ie upon the shalt 10i', so that. the moveo .ui/l of" the slides l outward l'rom nornnd pol will '.fomtc the gearovhoels .l in the clim shown h v the arrow in i. "'he new respectivo pinions .rulers li i n with ide will loe arrested in i im' llll n the key-slides cheating," to the purchaser the 'amount set up o i rlhe alining'teeth 21 of the siidesfl are. en-

l l i gaged by alining plungei's 13, `suitably spring-1 ing plungers 13 up against the .key-slides. so i as to lock the saniei'rom movement in either direction; hutas soon as the operating-handle is slightly moved the shape ot' the cam-shaft is suoli as to free the lower ends of the alining plung'ei's and permit the key-slides to move.

Fast upon the transverse shaft 1+i, is an operatii'ig-disk 17, which performs certain l'unctions, to he later described.

flji'voted to the casingot' the machine, in the rearward portion thereof, is a bell-crank level' 18, upon the upper end ot' which a locking nose, and this upper end is spring-drawn forl l ward by a spring` 19 to engage a locking-arm 22, which is made fast to the lower pivotal end ot' the operating-handle 16. Thus it will he seen that when the operatingdiandle 1G is given an initial movement from normal position itwill at the end ot' this initial movement he locked by the Contact of an arm 22 against the locking-nose ot' the lever 18, during' which movement, however, the` alining' plungers 13 l are treed from the cam-shaft l5 to unlock the f key-slides 1. Attached to the rear end ol the i lower arm ot' the loelhcrank lever 18 is e lever l 29, which is pivotod at its middle portion 29 to the side frame of the machine and the forward end of which ,lever normally rests upon a plate 9.3, ae'cess to which plate is had through which opening' a ticket may be iuserted into the position lshown in the dotted line, Fig. 1, just above the plate 2?), and 'when a ticket is thus inserted between the plate 23 i and the lever 29 the forward end of the lever 2f) will ol'l course he raised, and the lo\\f'ering i oi' its rearward end will ohviously rock the upper end olI thel hell-crunk lover 18 rearward, thus unlocking' its nose trom cont-act with the lockimrarm Q2. and thus permitting' the` operation-hamlle H5 lo he moved lorwarih 'lhe lit-.kel which is thusl used to unlock the machine ma), he any suitahle paper check upon which itrmsol the transaction are written or, il' desired, upon which certain items are printr-d hy they printing'mechanisiti ol the machine, and :my ordinary` l'orm of ejector mechanism .may he used to move the tifkrt inlo a locked rem-pinoli .in-low :it nach operation olI tlnl machiiin. This second position ol' lhe operating- ,l through an opening 22", termed in the casing,k

TIO

to the main Yframe and spring-drawn into enbeen moved to its' second position, as shown in fis-ases handle 16, where it is locked by the lever 18, is. .own in Fig. Lt. In order to prevent the backward turning` et' the handle after it has been started forward, the disk '1T is provided upon its rearward periphery with arresterteeth i7", which are engaged by an arresterpawl 17", suitably pivoted at its middle portion to the side frame of' the machine and drawn into engagement with the teeth i7 by the spring` lic.

'Ehe mechanism for restoring theisettingslides to normal position after their previous adiustment will now be described.

Each of the gears 9 is fast upon a nested sleeve Si, (sce Fig. 1,) and, as shown in Figs. 1. and 5, tir lateral extensions of these nested sleeves have projecting outwardly from them pins 32), which are arranged to be engaged by a horizontally-extending restoring-pin 37, which projects laterally from a ratchet-disk 3ft, mounted loosely upon the shaft 107, to the side of which disk is made fast a grooved wheel i342, upon 'which a spring 36 is arranged to be wound up, one end ot' this spring being attached to the wheel 3ft and the other end to the frame of the machine. The ratchet-disk 37 engaged by a pawl 33, suitably pivoted gagement with said ratchet-disk, the lower end of said pawl 33 being arranged to be engaged by a tripping-pand 32, which is pivoted to the aforesaid disk 17 atZL and is normally spring-drawn against a stop-pin 321. Vifhen one ci' the setting-slides l is moved from normal position, the corresponding1 movement ot the gear-wheel 9 will cause the finger 39, attached to its cm'responding` nested sleeve, to rotate in .the direction shown'by the arrow in Fig. l, and the contact ci' the finger with the restoring-bar 37 will consequently move the ratchet-dish 3a in the same direction, thereby rotating' the ratchet-disk 34 and windup the spring 36 on its grooved wheel 301. rlhe ratchet-dish is held in this operated position by the engagement of a pawl 33 witl the teeth ot' the ratchet. 'lhe normal position ot' the ratchet-disk 34C and the restoring-pin 3'? and the lingers 3S) is shown in Fig. et, which is the position prior to the movement of any setting-slide, and the operated position is shown in Fig. i, in which one olf the slides has been moved to sucl an evtent as tocansc its correspoinlinglinger 3) to move the restoring-pin 37 into thcI position shown in said ligure, with the lingers 3) of the other slides remaining' in*internnuliate positions. As soon as the operatiiig-handle it has Fig'. +1, the ta'ipping-pawl 32 engages the pawl 2liand moves the same l'rom enormement with 'the ratchet-dit --l, thereby freeingA the same to permit the sprin, V Elli to retract it to normal position, and in thisl return to normal posil, tion the restoring-pin 21T comes successively i in contact with thi` various lingers which i ,frame being normally drawn rearward have been moved to the positions indicated in Fig. l, and thereby restores all of said lingers. and therefore all et' the setting-slides l, to nox'- mal position. The operating-handle 16 now having' been turned toits second position and the setting-slides returned to normal Zero position, asabove explained, the handle is unlocked by means of the insertion of the ticket, as previously described, and the handle is moved io its third position, in which the disk l? assumes the position shown in Fig. 5. At

this point there is still another locking' of the handle from continued movement, this being; caused by the contact of a lug t5 with the rearwardly-extendmg arm 4G of a yoke-frame having `a 'cross-bar L27, which extends across the forward ends of all oi the key-slides, said by means ot a spring 48, and the position of the arm 4G being such that when all oi' vthe setting-slides are at normal Zero position and the yoke-frame is consequently at this normal rearward position the rearward end of thc arm d6 will lie in the path of the lug,l 45, so as to loch the operating-handle at its third position, as just described. At this third position ,however, the tripping-pand has been moved past the ratchet-perd 33, so as to permit the latter pawl again to engage the ratchet-disk 3ft, so that when thc setting-slides are now moved from normal position the ratchet-disk 3iwill bc held in thc position to which it is moved, although, of course, the setting-slides can be moved backward toward normal' position in case they have been inadvertently moved too far. it will be observed from the position ot' the cross-bar 47 as shown in Figs. l and 2 that this movement ot a setting-slide from zero position will carry the yoke-frame backward, and thcreby'retract the arm 46 from engagement with the locking' projection i5, and therefore unlock the operating-handle 16 Yfrom this third `position. During this movement of the operating-handle `from its second to its 'third 'position the counter is thrown into position to be operated by the various setting-slides during' their movement from normal position to the desired settingI posiion. i 'ihe counter-wheels comprise a series ol `gear-wheels 72, (see ',lviigs. 1, 4, and 5,) mounted to -turn upon ashatt 7l), and these `'ear-wheels 'T2 mesh with intermediate gears 4.4-, mounted to turn upon a shaft 6E). The entire set ol eounter-wheels 72 and intermediate gem-wheels 4-t'are mounted in an oscillatingr traineau, which turns upon a transverse shaft L23. iivoted to the shaft 6l) is a link il), upon the lower ond ot' which is a laterally-projecting pin al, which projects into a slot il?, formed in the aforesaid dish i7. As shown in Fig. l, the length of the slot '-12 is surh that when the operating-handle lo is in normal position there is some l'reo space between the pin il and the upper end ol the slot l2, and as soon as the o1Mating-handle IOC ment ot' the has been moved to iis second position this upper end of the slot is just ready to engage the pin 41, as shown in Fig. si., and as soon as the handle has been moved to its third position the pin 41 is now drawn downward, thereby causing` the link -10 to rock the counter- 'rame 49 downward, so that the various intermediate gears sie are brought into engagement with their respective gear-wheels 9, this engagement taking, place when the settingslides and the gear-wheels 9 are at normal position, at which point the gear-wheels 4A move forward into cut-away portions 9h, formed in the gear-wheels 9. This position, in which the counter is thrown into operation, is shown in Fig. 5. 1t is therefore obvious that when the setting-slides are now moved the movegear-wheels 9. will cause a corresponding movement ot' the counter-wheels 72 through the intermediate gears-i4, and theretore the registration will take place upon the counter by the movement ot' the .setting-slides. The construction ot'. the counter will be set forth in detail later. rlLhe setting-slides having been moved to the desired setting position and the operating-handle 16 unlocked from its third position, as previously explained, the handle is now moved to the extremity otits downward position, whereupon a lug 50, formed upon the side of the disk 1T, strikes the forward end o a lever ably pivoted at its middle portion to the frame et' the machine, and the rockingdownward o1 the forward end ot' this lever 50"' raises the rearward end and withdraws the same from Contact with the drawer-latch 52 ot' the cashdrawer 51. rl'he operating-mindle is arrested in this downward position hy the arresterpawl 17, as previously explained, the handle normally being drawn toward upward position by means of a spring whichis attached at its rearward end to the disk 17 and stretches over the i'ange 55 ing-handle 14' is moved to its lowest position. As soon as the cash-drawer is unlocked inthe manner just explained -it may be drawn out hy hand, and in such outward movement the lug 53, l'ormed upon the side of the drawer, strikes the lower end l andireleasesthe operating-handle 16, so that -it may spring back to normal upward position, the length oi the lug 53 being" such that the pawl 1T" will be held in releasing position by the `lug long enough to allow the handle to `resume its normal pr sition before the d rawer has passed, and then as soon as the handle has reached such normal posiitlon a lug 56, vformed on the disk 1T at the Il'ipper end o l. the arrestt-fr-toeth 17"', strikes the upper end ol the arrester-pawl 1Tb and holds the same rearward, so that the drawer may returnto normal rearward position without occasioniitg' the eontm'tol' the lug 5i', with the iower end ol' the pani 1T duriivsueh return movement ol' the drawer. During [he rontinued move- 50, which is suitwhen the operatoi the arrester-pawl 1l masse ment of the handle16 from its third position to its lowermost position provisions are made for disconnecting the link t0 from the disk 17, so that said disk may move on independently of the link 40 after the counter has once been thrown in. These provisions are shown in Figs. 5 and 5 and comprise a cam projection 12.7, formed on the side of the disk 17 and so situated that as soon as the counter-frame has been thrown into operative position upon the handle 16 reaching its third position the cam 127 forces the link L0 laterally and withdraws the pin +11 trom the slot 42, so as to permit Ithe continued movement of the disk 1T independently ot' the link ad, and as `soon as the handle 16 returns `to normal position the link 40 springs back to normal position with the pin 41 engaging the slot 4.2, as shown in Figql. O1 course while the setting-slides are'being moved to set positions the handle 1G is at its third position and the counter-trame 1S) is being held in (nierative position, as shown in Fig. .Vhen, however, the handle 16 is moved after this positioning' ot the setting-slides.v the above-described disc-,onnecting ot the pin 41 trom the slot -12 permits the spring 19 to retract the counter-trame i9 to normal rearward position out oi' operative engagement.

The specific construction ot' the counter will now be described.

As previously stated, the various gearwheels 72 ot' the counte are mounted loosely upon the transverse shaft TO. and each gearwheel is fast to a disk T1, (see Fig. 7,) which disk bears on its periphery the usual numerals 1o show the amount of rotation ot' the i wheel. Fast upon the shait (S9 and adjacent to the intermediate gear-wheels 11--1 are transfer-actuators '73, (see Fig. 8,)coperating wit h which are transter-pawls 711-, there being,` two oi these pawls for each wheel t4, since the l said wheels 4A are twice the diameter oi' they i' eounterwheels TQ, and therefore transler twice lor cach single revolution. ris shown i in Fig. l, the width ot' the gear-wheel 72 is double that ot' 'the (fear-wheel 44, except lor the gears at the left in said ligure, these gears representing the units-adding wheel.Y r1`he transter-actuator 73 tor transferring iii-bm the muts-wheel to the tens-wheel` which is next to the right, is situated adjacent to the gearl A 5 wheel 44 ot the tens-wheel, and the transteractuator, have their pivotal connections extended laterally to bring the pawls into lati eral alinement with this tra!isfer-actuator i3 and also with the gear-wheel 72 ot' the tens counter-wheel. V"if'hen the units-wheel has ,i been rotated one complete revolution, (the correspomlinn gear-wheel -1-1 having in such I pawls T, cooperating with this units-transfer fe in i eases been, rotated ten teeth or one-.rali a rev- 1 olutioinii 1ieoitlie pawls il, is brclwht into the position shown in dotted iines in rig. t, i and its inner suri'ace then contacts with the lhas been moved too fer, so es -should assume. vnormally held out of operative position by est e" transfer-actuator 73 and forces the pewl ontwnrd, so that its tooth is carried into engagement with the gear-wheel Z2 of the tens counter-Wheel, this displaced `position being shown in dotted lines in Fig. 8, rind thus it will be seen that as the units-wheel melres e complete revolution the transfer-pend 7% effects a transfer movement of one `unit to the tens counter-whiff" 15d it is the feature of this particular n,- -fie of transfer that if the units-setting slide in this'transfer movement inedvertently to carry the units counter-wheei beyond the ten position when it should only have been moved to n less extent-such, for exemple, as to LQL-the setting-slide may be moved backward. end of course the backward move- .ment of the gear 44 wiil more the transferpawl 74 backward and will thus reversely rotate the sfeer-wheel i2 of the tens-wheel, thus destroying the previous transfer end leaving the wheels in the position which. they The transfer-pearls i'f are means of e spring 76., which connects the two transfer-penile 0f n single wheel. rhe same construction is used for the transfer hetween the wheels of the other denominations. Of course this transfer from the units-wheel units-slide., so that thc transfer to the tenswheel may tfile pince before the/tens-sidc is moved, and then the tens-slide must be moved before the hundreds-slide, end soon, it being observed, ot course, that when sli of the slides ire at normal Zero position the respective geerwheels 4:4 occupyT the cut-sway portions El of the verious gear-wheels 9, so that the wheels iE-i1 may turn uponthe transfer movement without effecting the wheels Q zind their respective key-slides, provided the slides :ire operated in proper order, :is shove stntcd.

As previously set forth, the geur-Whoo .1 not only operato the goers Lil, but they so operetethe pinionshnnd il); bn '.,nsstnted horein, the fullest extentof movement oi' nino teeth of the geni' ll'would not bring the ciit-nwny lportion 9" into position opposite the pinion il;

biit il' it were desired to very the positions of these relative pinions :1nd still here the :ui-

vzintiige of the cut-ewny portion il" these various g'eers'niight be errenged in the inenner shown in Figs. l and l, in which the gear-wheel El is ronde of double the width of the wheels del end 8, and the cnt-sway portion 9" may be made on only one side of the genrwheel 9, so that theother side presents n conltinous set of teeth, in which cese the lgjeerwheel le would operate on the slime 'side of the gear-wheel Sl which cont the cut-:Ney portieri il", .vlierons the pinion 8 n.fould operwhich when rotated operates` through n eem portion 79, to shift the eounter-slmft TO interelly, and thereby bring' the pins S1 into eline"- ment with the pins H2, fast to the gear-wheel "i2, so that the continued rotation of theshn'ft i0 will reset the counter to zero, whereupon the shaft 7G again shii'tsbnck to normzil position with thernriofns pins l out of nliuenient with the pins 82. l

in Fig. fl there hns been shown :i modified form of the construction of the transfer-penis, comprising transfer-teeth T4', which slide in snitnbie redinlgrooves. so that the contectof these transfer-teeth with the transfer-actuator T3 will force the teeth outward in their redini grooves and efi'ect the trnnsfer in n inzinner similar to that described for thel frnnsfer by the pswls 74.

For the purpose of sccuringn printed record of the verious detailed items the respective pinions 8. heretofore described, nre connected, by ineens of nested sleeves 200, with corresponding -,vpewheels 201, (see Fig. 10,) these type-wheels hevino,` double sets of type on their periphery for n simultaneous printing' of s check end n d'e eil strip. ho detailstrip nnwound Vfrom n supply-roller 202 and is wound upon e winding-roller 203, which hitter provided willi .n rntchet-wlucl 20st, engaged by the pnwl 205 for ed inncing the strip et each operetion of the mechine. The check-strip is un wound from the sumily-roller 206 and is led bet-weeli feed-rollers 207 and 208 end thence between the knife-blades 209 to e position over the typo-wheels 201, the upper knife-binde 2th) being' operated by any suitable ineens by the main operating' elements. its iniddle portion to the side freine of the printing' nttiichnienii. :ind its forwnrd end is fornw-d with :i downwardly extending' foot 2li. 'ihe dhtml-strip pieten 212 is likewise pirotod :it its middle pori-ion nnd hes :in npiwtuilly-rxtending' foot 213. These two phil,- ens :rre nornnilly drown :iwny from thix type by :nouns ol' :i spring 2li, :ittnchod between the forward ondsof the phitons. rilevcr21, pivetcd to the sido freine of ibo innchine :it

' :it im' upper end n pivoted wedgeshiiped do;l "MT, which runs between the fort 2li :ind 212% of: the :iforesnid phttens, :1nd this The cheelophiten 2l() is pivoted :it

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-plained, the teeth 225 engage the 4also-the gear 222 in arrow, and thus feed the 11')oi` similar sir/.e to gear in alinemcnt with rack- .teeth 225, formed on the upper sido of the cash-drawer 51. Vvhen the cash-drawer is pulled outward in the manner hitherto eX- pinion 2211-, aid collar and the direction shown by the arrow in Fig. 10, and the extent of this rotation is such to revolve the wheel 221 and. thereby rotate the atores to such an extent that the pin 220 willoperate the lever 215 to carry the lower portion thereo]c to extreme forward position, thereby carrying rearward the dog 217 and forcing the platens 210 and 212 against the typewheels on opposite sides thereof, so as to take an impression on both the check and the detail-strip, and on the return movement of the drawer the gear-wheels 222 and 221 rotate reversely, carrying the lever 215 back to normal position. This forward-and-rearward move.- ment of the lever 215 operates theai'oresaid pawl 205 to advance the detail-strip a certain extent at each operation and also operates a pawl 225, which engages a. ratchetwheel 226 for advancing the ink-ribbon 227, which inks he type-wheels 201. 1n order to providel Jfor the feed of the.check=strip, a gear-wheel230 is provided, which meshes with vthe aforesaid gear-wheel 222, and lside by side with the gear-wheel 230 is a companian gear-wheel of similar size and diameter, which meshes with another gear-wheel, 231, which latter in turn meshes/with a gear-wheel 232, 'tast to the feed-roller 207. Any suitable form of clutch mechanism may be utilized between the gearwheel 230 and itsy companion gear-wheelsuch that the rotation of the gear-wheel 222 in the direction shown by its arrow in Fig. 10 will not cause thc rotation of the gearwheel 231; but upon the closing` movement of the drawer the rotation oi' the gear-wheel 222 in the opposite direction will also cause the rotation of the gear-wheel 231 in the direction shown by the arrow and will thus rotate the gear-.wheel 232 in the direction shown by its check forward acertain extent.

As it may sometimes be desirable to open the cash-drawer independently of the operar tion ot' themachine, an auxiliary latch-releas ing device is provided, as shown in Fig. 11. rlhis device comprises a hand-operable lever 240, suitably pivoted 4at its middle portion to the side frame ci the machine, and the rearward portion oi' this lever engagesa lever 241, pivoted at its middle portion l242 in the rear of the cash-drawer 5,1. The right-hand end of the lever 242 normally rests upon a pin 243, which projects rearwardly from the aforesaid latch 52. (See also Fig. 1.)' The leithand end' of the lever 241 has a downwardly-extending portion 2&4, as shown in Fig. 15. ,it will thus be apparent that when the lever 2-10 is moved into the position shown in dotted lincs l l i l I l i the right by means of the spring'` 265.

in Fig. 11 the rearward end of said lever will operate upon the inclined portion 244 ot the lever 2&1, and consequently raise that end o the lever 241 and depress the right-hand end ated to release the cashudrawer in the manner just described. The aforesaid gears 222 and. 224 are mounted upon the opposite ends of a Collin-.250, which is mounted to rotate'upon the shaft 223. The lever 240 is formed with a slot 251, in which plays a pin 252, attached to a sleeve 253, which surrounds the collar 250, this sleeve 253 boing formed with a flange 254, Iwhich tits in an annular groove :termed in the collar 250, so that the lateral movements `ot the sleeve 253 will carry with it a collar 250; but rotation ol the collar 250 may be permitted independently oi' the sleeve 253. New when the lever 240 is operated to release thel drawer in the manner described the entire sleeve 253 is shifted to the right, thereby carrying the collar 250 and its gear 224,- into position shown in dotted lines in Fig. 11, in \.Vli ch it is out oialinemeut with the rack 225 sothat when the cash-drawer is opened thepririting mechanism will vnot he operated, and in such lateral shifting movement ot the ,colfv lar 250 the width itis not withdrawn from engagement with its ccacting gears '221 and 230. Fig. 10. in or der to eiiect an automatic return of the lever 240 to normal position, and thus leave the machine ready to have the printing mechanism operated by the drawer upon the next normal operation oit' the machine, the'sleeve has 'r'ast upon it a downwardly-ex tending-projection 261, the crosssectional shape oi which is shown in Figs. 13 and 14C. cash-drawer 51 is a slide 262, guided by pins 263 and having an upwardly-extcnding |u-ojection 264, the slide being normally drawn lo When, the lever 240 is pushed inward in the man-'- ner previously described, the projection 261.

is brought into alinement with the projection 264, so that upon the openingl movcmeutoi' the drawer said projection 264 strikes the left#- hand surface of the projection 261, but is carried around outside of this surface, as showny in Fig. 13, this movement being permitted under thc tension ot' the spring 265. Vilhcn, however, the projection 264i` has heen d rawn past the projection 261;,md the drawer is started inward, the projechon 2-4`iiow stri s IOO of the gear 222 is snch that Attachcd,io the i vice being displaced by the edi the straight inclined surfaee of the projection 261, and since the slide @G2 is new at the limit of' its right-bend position, :is shown in Fig. 14, the projection llpnshes against the projection 261 and vforces the sleeve 2.53, together with the lever 240, back to normal position, thus carrying' the collar 250 and the gen1' 224 into normal alinement with the rect: and ot' course when the cash-drawer is operated without the previous operation ot' the lever 240 the projection 26% clears the projection 261 both on the outward and inward nievement of the cash-drawer, :and the rech 225 rotetes the geen' 224 and through the coller rotates the gear 222 to operate the printing' mechanism in the manner previously,Y described. lhe return movement of the drawer is ellected by means of springs 266.

l'Vhilc the torni ot' mechanism here shown and described is admirably adapted to 'l'nllil the objects primarily stated, it is to be understood that it is not desired to coniine the in volition to the one form of embodiment here disclosed, for it is suseeptible of embodiment in Various forms, :ill coming' within the scope of theclnims which lollow.

Having' thus described my invention, what l claim, :1nd desire to secure by Letters intent, is-- 1. ln :i @fish-register, the combination with n noi-umiliv unlocked operating' member, ot meensl'or locking said member nt en intermediate portion oic its stroke; und menne eon- 'trolled by the insertion of :i check into the machine for releasing` seid locking' ineens.

2. in a cash-register, the con'iliinntionwith. :in opemtii'ig member, of n series oi diiierentiall \,'-ndjustnl le setting' elei'nents; means for locking' said member when it has been moved to @certain intermediate position in its stroke; means for looking' seid settingelernei'its when seid Operating member is in its normal position, with provisions for releasing' said elements when the member is moved to seid intermedinte position; :1nd menne controlled by the insertion ol' n. cheek into the machine toi' releasingl snid locking' ineens for the operating' -inembeiz 3. in :i cash-register, the combiinition with :in operziting' member, et' n series of dilerentially-:nljnstiible setting' elements; menus for looking' seid elements in adjusted positions; spring' :ictmitii'ig menne common to ell of seid setting elements for returning the saine to noi-mul position; :ind means controlled by sind operating,` member for unlocking seid setting elements :ind for releasing sind spring` returning means to cause the letter to return sind elements to noi-mel position,

4. in n cash-register, the cen'ibinetion with series of diierentielly-adjustable setting eienients, oi in nutomntic retnrning' device coinnion to all of seid elements for retnrningsziid elements to normal position,"` reid setting de;

ing' said elements when said member is one oi' sind elements; means for lntehine' seid returning device in displaced position; nud

ineens for releasing' seid returning' dei'iee to permit the saine to return the setting,` elements to normnl position.

5. in cash-register, the eon'ibinntiion with en operating member, ot n series of d i'erennelly-adjustable setting elements; n common ,spring returning' member tor returning sind elements to normal position, sind member being'disphiced by the :nljustmentot any one ol seid elements; ineenslor lait-ching said returning member in displaced position; :ind ineens controlled by said operating member lior relensing' said bitching means.

6. ln :i cash-register, the combination with :in opointing-hendle, ol n. series oll adjustable setting-slides; nspring-actuated returning'dei'icejeornmon to sind slides; connections intermediate seid slides nnd snid returning device for displaeing' the lutter against its spring' tension oy the adjustment of seid slides from normal position; nlz'itcli'-i niwl for holding; the returning' device in displaced position; :nid means connected with the iniernting-linndie for tripping' said lni'ch-pziwl to permit the returning' derice to return to noi-inni position Carrying' with it seid setting-slides.

T. in n cash-register, the eoinbimition with :in operating' member, ol. :i series ot' difierentinlly-ediustiible setting' elements; :in i metio returning' device common to :ill ot seid elements for returning' the letter to noi-mel position@ ineens 'for lockinzgy the men'il'ier ntnn intermediate iiiortion ol: its stroke; meiins for locking' seid s: ments when said operating member is normal position, with provisiom'` 'for from its normal position; means For lnteliinn; seid 'etnrning device in displiecd posit :ind means 'for releasing' said returning to return the settingeiements to normnl tion during; the movement ell seid. ope" member trom its normal position to the locked intermedinte posi tion.

in n ter, tlieeonibi :in opernt ,Y of n series o" tielly ndinstn ble setting elements, matie retui i i inn' device common to :ill ol positioii; ineens for looking' the operntin f member et :in intermediate portion oi stroke; means for locking seid setting' e ments when seid opernting member in its normal position, with provisions for unioni:- snid elements when seid member is moved from its normal position; means for lntehing said returning' device in displaced position;

means 'for releasing' seid retnrniing' devine to/ v return the sett i' elements 'o nornnd posi ion during' the movement of seid operating ien y bei' from its normali position tothe seid looked,

intermediate position; and n'ienns eontroiled strnent nng/ l b5] the insertion of e cheek into inseliine for unlocking the operating' member at said intermediate locking' position.

l). ln a cash-register, the combination with an operating member, ot' a series of differentially-adjustable setting' elements; an automatic returning' device for returning' all ot' said elements to normal position; locking' means for locking`- the operatingumemberat an intermediate portion of its stroke; means for effecting the return of the setting' elements to normal position by said returning' device While the operating' member is moving' from normal position to said locked intermediate position; means for locking' said operating' member at a second intermediate position in advance of' the first-mentioned intermediate position; and means controlled by the displace.- ment of any one ot' said setting' elements from normal position for releasing the lock for the second intermediate position of the said operating member.

l0. ln acash-reg'ister, the combination with an operating' member; oi' a series of difierentially-adjustable setting' elements; an antomatic returning' device for returning' all oi' said elements to normal position; locking' means lor locking the operating member at an intermediate portion of its stroke; means for effecting' the return oi the setting' elements to normal position by said returning' device while the operating' member is moving from normal position to said locked intermediate position; means for locking' said operating iember at a second intermediate position in advance ot' the first-mentioned intermediateV position; means controlled by the displacement ol any one ot said setting elements from normal position -t'or releasing' the lock for the second intermediate position of the said operating member; a counter; and means for throwing' the counter with said setting' elements during' the movement of said operating' member from its first intermediate position to its second intermediate p sition.

1l. in a cash-register, the combination with an operating'l1andle, ol a series ot' adjustable settingsli .les; a spring returning device common to said slides for returning' the same to normal position; means for latching' said returning' device in displaced position; means for locking' the operating-handle at an in termediate portion ol" its stroke, and means lor releasing` said lock; means for releasing' said returning'v device d nring' the movement ot' said handle from normal position to its intermediate locked position; a locking' projection connected with the operating-handle for locking' the latter in a second intermediate position ol' its stro tc; and a locking-tramecoperating' with said locking' projection for locking the handle at said second position, said frame being' common to said setting-slides and displaced by any one of the same to unlock the handle from its second intermediate position.

into operative relation l i l 12. in a cash-register, the combination with an operating-handle and a cash-drawer, o means for locking' the handle at an interme- `diate portion of its stroke; means for unlatching' the drawer by the movement of the handle from vnormal position to said intermediate position; and means operated by the cashdrawer for releasing' saidy lock for the handle to permit the same to return to normal position. j

13. In a cash-register,the combination with an operating-handle and a cash-drawer, of a spring for normally holding the operatinghandle innormal position; a pawl coperating with said handle for holding' the same latched at an intermediate portion of its stroke; a projection formed on the cash-drawer for operating' said pawl to release the handle and permit the same to return to normal position; and a second projection connected with said operating-handle for engaging said pawl when the handle is in normal position and holding' said pawl out of cooperative position with relation to the aforesaid projection formed on the cash-drancr j 14. ln a cash-register, the combination with an operating-hamlle and a cash drawer, oi a spring' lor normally holding' the ope 'ating'- handle in normal position; a pawl coperating' with said handle for holding the same latched at an intermediate portion ofits stroke; a projection formed on the cash-drawer vfor operating' said pawl to release the handle and permit the same to return to normal position; a second projection connected with said operating-liandle for diseng'agin'g said pawl when 'the handle is in normal position and holding said pawlout ofcoperative position with relation to the aforesaid projection formed on the cash-d rawer; a latch for hold ing' the drawer closed; and means connected with said operating-handle foroperating said latch during' the movement of said handle from normal position to its intermediate latched position.

15. ln a cash-register, the combination with an operatiiig-handle, a series ofdiii'erentially- :nljustable ysetting' elements` and a counter mounted in'a movable frame; of connectinggears inti-nmediate said setting' elements and said counter; an operating-plate connected with said operating-hamlle; and a connecting'- bar between said counter-frame and said operating-plate for effecting' the engagement between the'countcr and the aforesaid connecting-gears` said connecting-bar being' provided with a pin engaging' a slot formed in said operating-plate. I

16. ln a cash-register, the combination with an operating-handle, a series ol differentially-l adjustable setting' elements, and a counter mounted ina movable frame; ot' connecting'- g'ears intermediate said setting elements and said counter; with said operating-handle; a connecting-bar between said counter-frame and said operat- IOO IIO

an operating-plate connected Iso ing-plate for effecting the engagement between the counter and the aforesaid connectinggears, said connectingbar being provided with a pin engaging a slot formed in said operatingplate; and` means for disconnecting said pin from said slot at acertain intermediyss 'tively for engagement with the counter-wheels ate portion of the stroke of said operatinghandle to permit the continued movement of said handle independently ofthe movement of the counter-frame.

17. In a cash-register, the combination with a series of differentially-adjustable setting elements, of a counter; connections between the counter and said setting elements whereby the former is operated directly by the movements of the latter; and transfer elements between the adjacent counter-wheels operable directly upon said counter-wheels to turn the latter forward or reverselyA according to thfeeadjustment of the setting lelement of the respective next lower order of denomination.

18. In a cash-register, the combination with a series of differentially-adjustable setting elements, of a counter mounted in,y a movable frame; operating connections between the counter and said elementsA for moving the former directly by the adjusting movements ot' the latter; means for moving the counterframe to carry the counter into engagement with said oj'gerating connections; and transfer elements between the adjacentcounter-wheels operable directly upon said counterrwheels to turn the `latterforward or reversely according to the adjustment of the setting element of' the respective next lower order of denomination. f

i9. In a cash-register, the combination v'with a'series of diiferentially-adjustable setting elements,` of'a counter; a series of intermediate gears forv engaging the counter-wheels and transmitting thereto the adjusting movements ot' saidelxements; and transfer-pawls carried by said 'intermediate gears, with means for causing the engagementv ol said vpawls with the respective counter-wheels'otl next higher denomination when said inteilnediate gears pass the transferring positionl in either direction ot' movement ofthe gears.

20. In a cash-register, the cdrnbination with i a series of diiferentially-adjustable setting elements, of a counter; a series (if-intermediate gears for engaging the counter-wheels and.

transmitting thereto the adjusting movements of said elements; transer-pawls pivotedupo'n said intermediate gears and positioned respecof nexthigher denomination; and stationary cam projections cooperating with said trans- `fer-pawls to force the latter .into transferringposition to operate upon said counter-wheels to'turn the same forward or reve-rselyat the` point of: transfer according to the direction of movement of said intermediate gears. f '21. ,In a cash-register, the combination with a series offsetting elements and a printing.

.mechanism cooperating therewith, of a cashdrawer; means for operating the printing mechanism by the movement of the cashdrawer; and devices for disabling said drawer operative means whereby the'movement of the drawer will not operate the printing mechanism.

22. In a cash-register, the combination with a series of setting elements, type-carriers controlled thereby, a platen, a paper-feeding device,acaslridrawer, and operating connections between said cash-drawer and the platen and the feeding device; oi' means for destroying the o'peralti'vealinement of said operating connectionsfat will to prevent the operation of the platen andthe feeding device bythe movement of the cash-drawer.

23. In a cash-register, the combination with a'series lof setting elements and a printing mechanism cooperating therewith, of a cashdrawer; means for operating the printing mechanism by the movement ol the cashdrawel; devices for disabling said drawer operative means whereby the movement of the drawer will not operate the printing mechanism; and means for automatically enabling said drawer operative means at each operation of the machine.

24. In a cash-register, the combination with a series of setting elements and@ printing mechanism cooperating therewith, ot' a cashdrawer; means for operating the printing mechanism by the movement of the cashdrawer; devices for disabling said drawer operative means whereby the movement of the drawer will not operate the printing mechanism; and means operated by the cash-drawer for automatically enabling said drawer operative means at each operation of the machine.

25. In a cash-register, the combination with an operating-handle, a series ot' setting' elements, type-carriers controlled by said setting' elements, a platen for said type-carriers, a cash-drawer, and a latch for said cash-drawer operated by'said operating-handle; of means controlled by said cash-drawer for operating said platen by' the movement ot the drawer; and an auxiliary device for releaslng said cash-- drawer independently ot said operating-handle and Afor simultaneously preventing the operation of the platen by the ensuing movement of the cash-drawer.

IOO

26. In a cash-register, the combination with n an operating-handle, a series ot' setting ele-l ments, type-carriers controlled by said set` 'ting elements, a platen for said type-carriers,

a cash-drawer, and a latch for said cash-drawer operated by said operating-handle; of means controlled by said cash-drawer for operating ASaid platen by the movement of the drawer;

an auxiliary device tor releasingsaid cashdrawer independently of said operating-handieand for simultaneously preventingthe operation of the platen by the ensuing movement of the cash-drawer ;`and means controlled cash-drawer for restoring seid auxiljinrg, iderice' to normai position to perm't the L n ot the platen by the cash-drawer neon the neiztvsnccessive normal operation oi' t ie machine.

27h in :i cash-register, the combination with 3e series of setting elements, and :i printing' mechanism cooperating therewith, ot' e efishdrawer and en operating-reci; connected theren with; e gear-wheel ior operating said printing mechanism end normali.,Y arranged in cooperative olineme t with seid oiviereting-reck; means for shifting the relative positions of seid rech and seid geni' to destroy the. coperetire olinement of'the seme end thereby prevent the operation et' the printin 'mechanism the movement of the cn. ir'ffer; and Ineens connected with the cash-drawer for entometicaily restoring' the cooperative olinement ot seid rech Lend seid gen1'.

ine cesh--register7 the combination of setting elements :md e prin mechanism cooperating' therewith., of e cashdrener having en operating-roch; e wheel for operating' seid printing mechanism end normally arranged in cooperative elinement with seid rech; o shifting member connectedwith seid gear; means for shifting' the letter member to displacesnid geni' ont oi' cooperative alinement with seid rock; :t restornrojection formed on seid shitting meer ber; und n, si pressed projection connected wi l s"id .ulrewei'i'orc perntingwith i orin projection te he dispieced by one direction ci' movement of the drawer, butin the oppositedirection oi movement of the drawer to shift seid restoring; projection to carry seid shifting member bach to normal po ion.

o0. ln n czislrreg'ister, the combination with e series of settingelements sind n printing mechanism cooperating' therewith, el e cashdriwer haring nn operatingrech; :t gearwheel for oj'ieretineT seid printing mechanism and normally arranged in cooperative eline ment with said rack; zi shifting' member connected' with seid georovheel; :i latch for the cash-drawer; e lmnd-mierntive device For releasing' seid latch end for adjusting said shiiting membery to more seid priliter-operating geornvheel ont of :ilinement with its-opereting-recli; zt restoring' projection formed on seid shifting member; nfld e spring-pressed projection connected with .seid cash-drawer ior cooperating' with seid restoring' projection to be displaced by the letter during,I one direction oll movement of the drawer, but in the opposite direction of movement of the drawer to shir't seid restoring' projection to carry. seid shifting;` member position. f

Sir-n @cash-register, the combination with on operating; members e series of keys, :ind n series of type-carriers controlled by seid keys bearing duplicate characters ior printing on opposite Y"des oi'. seid cerriers, of two pletens "messes:

Wohemmn innr'r, lien-zr ilmenau.

beck to nornnil lil 

